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Dark matter may be more vibrant than previously thought, UC Riverside study reports
Research team, including a UC Riverside astronomer, made the discovery using the James Webb Space Telescope
Why cluster’s galaxies are unlike those in all the other known protoclusters is a mystery, says UC Riverside-led team
UC Riverside astronomer and colleagues use simulations to reveal how the very faint dwarf galaxies are born
UC Riverside-led study points to a seed black hole produced by a dark matter halo collapse
UC Riverside-led study finds extreme tidal mass loss in dwarf galaxies formed in a simulation
Open-source code developed at UC Riverside is free, versatile, and easy to use
UC Riverside-led team’s technique relied on determining the mass of galaxy clusters
Astronomers report what may be the first example of an intact planet closely orbiting a white dwarf
A new theory about the nature of dark matter helps explain why a pair of galaxies about 65 million light-years from Earth contains very little of the mysterious matter, according to a study led by a physicist at the University of California, Riverside. Dark matter is nonluminous and cannot be...
The discovery gives scientists a front seat to the earliest stages of planet formation
For some distant worlds, carbon monoxide may actually be compatible with a robust microbial biosphere
UC Riverside astronomers develop educational workshop converting astronomical phenomena into vibrations that can be felt rather than heard
A team of UCR-led scientists get best measure yet of why star formation stopped in galaxy clusters in the early universe
Team led by UC Riverside astronomer George Becker used the Subaru telescope to make the discovery
